M329562 八、新型說明: 【新型所屬之技術領域】 本創作尤指一種沒有棘輪設置之索拉器，且能視操作 者施力大小而再次加強捆綁帶迫緊之技術。 【先前技術】 早期捆綁物品技術係直接利用捆綁帶為之，主要先將 抽鄉帶兩端大約固定，然後施以束緊力於捆绑帶之鬆弛部 份，可是如此之操作方式，需要有經驗及相當力氣之拥工 方能輕易為之，-般人員實在無法順利操作，且物品在摘 綁後亦軒份_，另外捆綁帶整體外觀上也顯得雜乱。 於是便有人開發出『手拉器』，該等結構主要以棘产 盤來束緊捆綁帶，然而在實際操作確有抵綁帶容易因^緊 力過大而損及物品、捆綁帶易絞緊於旋活軸不易解開及拥 綁帶擁雜_上等缺點，究其賴，乃在_綁帶須不 ^纏繞於旋活軸上所致，制該等擁ϋ賴構複雜度較 高’其購置成本相對較高，自然不能大幅刺激到市場需求。 设計’終成功創作出本創作以徹底解決習用手拉器不足之 處。 【新型内容】 為使貝審查委員能進一步瞭解本創作之結構，特徵 及其他目的’兹附以較佳實施例之圖式詳細說明如后： M329562 明茶看弟一、一、二及四圖，本創作包括有·· 一框體（1 0 )，其具有一矩狀底板（1 1 )，及於該 底板(1 1)兩侧向上彎折有中央較高、兩端較低之侧板 (12 )，該底板（11)前後間隔的依序設有第一、二穿 槽（1 3 ) ( 1 3 0 )，兩側板（1 2 )頂緣在第二穿槽（1 3 0 )上方同心貫設有一樞孔（1 4 )，而側板（1 2 )頂 端在樞孔（14)的上方位置則向下凹設有一定位槽（1 5 )，以及在侧板（12 )前端及定位槽（1 5 )間則間隔 的凹設有一開口略朝側板（1 2 )前端上方之第一迫槽（1 6 )、一開口水平朝側板（12 )前端之第二迫槽（1 7 )， 另在側板（12)後端及定位槽(15)間則凹設有開〇 略朝侧板（12 )後端上方之解開槽(1 8 ); 一扳動件(2 0 )，其係於前後間隔設置之兩頂板(2 1 )兩側向下一體彎設有折板（2 2 )，該扳動件(2〇 ) 兩折板（2 2)並恰能對合在框體（1〇)兩側板（12 ) 内側，扳動件（2〇)於折板（22)—端緣形成有凸輪 (2 2 0 )’此凸輪（2 2 〇 )頂緣貫設有概孔（2 3) 該樞孔（2 3)係和框體（10)樞孔（14)相對應 以供支軸（2 4)—併穿樞，而扳動件（2 〇)自由蠕（2 5 )則突出框體（1〇 )前端，以供操作者得握持該端（2 5)及此處之頂板（21)而施力的帶動扳動件（2 q) 令扳動件（2 0)能以支軸（2 4)為中心而擺動—定角 M329562 度；兩折板（2 2)凸輪（2 2 Ο)另在樞孔（2 3)下 方且略後的健設轉難之貫穿孔（2 6)，用以橫跨的 梅設-活軸（27)，活軸（27)直捏係與支轴（24) 相同； 一顿結構，係在兩折板（22)設有長條狀滑槽（3 1 )，然後以一定位件（3 2 )跨設的滑移於兩滑槽(3 1 ) 中’且令定位件（3 2)兩側能突出所對應之折板(2 2) 外侧’用贿合扳動件（2⑴繞綠(2 4)擺動下而 綠進出所對應之定位槽（15 )、第—迫槽（16 )、第二 U曰（1 7 )或解開槽（18 ) ’而位於扳動件(2 〇 )自 而（2 5 )之頂板（21 )後端則向下設有限位框(3 3 )疋位件（3 2 )向前延設有-能***限健（3 3 ) 之（3 4 ) ’定位件（3 3 )並在導桿（3 4 )兩側的 =置向上突設有控板(3 5 )，其導桿（34)中套擎有彈 (3 6 )使彈貫（3 6) —端係抵壓控板（3 5)、另 端則抵C限位框（3 3 )，令該彈簀（3 6 )能以預設彈力 而推動定位件(3 2 )’使其隨時處於朝向所對應之定位槽 (1 5 )第追槽（1 6 )、第二迫槽（丄7 )或解開槽 (18)方向彈移’令該定位件(3 2)兩側能將扳動件 (2〇)卡定於所需之轉動位置； 二抽綁帶（4 〇 ) ( 4 0 0 )，請配合第四圖觀之，其 一抽鄉帶（4 Q )的―端設有第-掛勾（5 1 )，該捆綁帶 M329562 (4 〇 )另端係由框體（丄〇)後端穿入第二穿槽（13 0 )而環繞疊接於後端底板（1 1 )，並以鰱線將該疊接面 加以固定；而另一捆綁帶（4 〇 0)則於一端設有第二掛 勾(5 2)，其另一端則由框體（1 〇)前端底面穿入第一 牙槽(13 )後，使之向上的依序抵接於活轴（27)後 側及支轴（2 4 )後側而形成第一束緊段（4 1 )，繼之S 狀的、、廛繞於支軸(2 4 )前側及活軸(2 7 )後侧而形成 第—束緊段（4 2 )，令第-、二束緊段(4 2 )底端係疊 接於’舌軸(2 7 )，才使該捆綁帶(4 0 0 )由活轴(2 7 ) ( 1 〇 ) ( 4 3)〇 【實施方式】 、册本創作欲以二掛勾(5 1 ) (5 2)將所欲勾接之物品 或帶子等被__緊時，只須直接拉動捆綁帶(4 0 〇 ) =调整段(43 >’並操作扳動件（2〇)轉動至第四及五 之較位置，令定位件(32)_以預設彈力而 動株進入支轴（2 4)上方之定位槽(15)中，俾將扳 Q)卡定於框體（1Q)中，此時捆峰⑷ 軸二束緊段（41)是對折於活軸（⑺、支 能戶斤）間，而活軸（27)、支軸（24)又呈樞設狀 ==操作者可藉由再次的拉動調整段(43)，令支軸 〔2 4)、活軸（2 7)形成— 认 坎肩力滑輪組，而使第一、二 束緊叙（41U41) 禪、，的拉緊一預定行程，俾能 M329562 視實際使用情形而彈性調整二掛勾（5 1)( 5 2 )的抽緊 應力，使之可將被捆綁物固定，由於此時扳動件（2〇) 是與框體（10 )大約呈九十度，所以操作者可以手掌握 持扳動件(2 0)自由端（2 5)，向上作動定位件（3 2 ) 而使其兩側脫離定位槽（15 )，同時朝框體（iQ)前立山 : 方向轉動扳動件（2 〇 )，令定位件（32 )得視操作者^ 量大小而選擇定位於第四圖所示之第一迫槽（16)戋第 _ 五圖所示之第二迫槽（17)位置，令捆綁帶（4 〇 〇) 緊度再次加強到最穩定且安全之程度，由於操作者在作動 扳動件（2 0)轉動時之施力臂是遠大於捆綁帶（4 〇 〇 ) 反作用办之抗力臂，所以該等再次迫緊捆綁帶(4 〇 〇) 之動作完全不會造成操作者極大之負擔； 在此特別說明本創作完全無鬆脫之可能，因為當掛勾 (51)施以捆綁帶（4 0 0 )反作用力而欲鬆脫時，其 ， 而第二束緊段㈠2)底端係爽制於第-束緊段（41) 底端和活軸（2 7)之間，且第二束緊段（41)底端是 藉由话軸（2 7 )及支軸(以 悲、’所以第-、二束緊段（4丄）㈠2 )底端會同時具有 朝掛勾（51)方向移動之勢，所以第一、二束緊段（4 1) (42)便會更加的固定於活軸（27)及支軸（24) 之間，使本創作具有無虞鬆脫之使用安全性。 M329562 :K⑻彈設彈力而使定位件（3 2)兩侧脫離第二 . 迫槽（1 7 ) U者第—迫槽），即可以反_動扳動件（ Q )，待定位件（3 2)卡定於解開槽（J 8)時，其活轴 (2 7 ) ( 4 ι ) ( ^ ^ . 俾使捆綁帶( 4 0 0 )整體呈—可鬆弛狀態，而可釋放兩 掛勾（5 1 ) (5 2)所勾接之被捆綁物，當然也可彈性、 • 整兩抽鄉帶（4 0 ) ( 4 〇 〇 )所欲捆綁之位置。 ” 請频第七〜十—圖，其係本創作第二實施例，兮實 _主要是於綠件（3 2 ) _巾段凹設有_ ( 3 2 . 0 )，以使定位件(32)間隔的形成有―主嵌塊（32丄） - 以及一副嵌塊（3 2 2 )，其主谈塊⑻”可籍㈣ 者作動而分別進蚊位槽（i 5 )、第—迫槽（i 6 )、第 二迫槽（17)或解開槽（1>)，而框體（10h 籲 （1 2 )财雜塊（3 2 I )熟 塊（3 2 1)進入之容槽（；[7〇），此容槽（工7 〇 )底 、則水平&置有與第二迫槽（]_ 7 )相對應之辅助迫槽（丄 7 1 )，俾在主嵌塊（3 21)進入第二迫槽（工7)時， 其副嵌槽（321)則會卡定於轉助迫槽（ι7ι)，葬由 該等雙重卡定定位件（3 2)之結構配置，使得定位件（3 2)可以有效分散最大之捆緊作用力，令本創作定位件（3 2)不虞有鬆脫卡定狀態之使用安全性。 M329562 综上舰，摘健觀射⑽找縣見，由於 本案具有悉心之設計，故在錄II定位兩_帶後，其仍 具有可省力且方便加強捆綁緊度之特點，而為一相當傑出 且健之設計，其铜_品巾均未猶難之創作或公 7之發表，故符合新料狀帽要件，域依法提出申 叫。惟以上所述者’僅為本創作之一較佳實施例而已，當 不能以之限定本創作實施之範圍，即大凡依本創作申請專 利範圍所作之均等變化與修飾，皆應仍屬本創作涵蓋之範 圍内。 11 M329562 【圖式簡單說明】 第圖·係本創作框體及扳動件之分解示意圖。 第二圖：係本創作框體及扳動件之組合示意圖。 帛三® :絲_鐘及鶴叙組合咖示賴。 細圖：係本創作扳動件朝第—迫槽迫緊之動作示意圖。 帛目係、本創作扳動件朝第二迫槽迫緊之動作示意圖。 m本創作扳動件祕_釋放卿帶之動作示意 _ 圖。 帛七圖:係本創作第二實施例框體及板動件之分解示意圖。 第Θ係、本創作第—貫施例框體及扳動件之組合示意圖。 第九圖·係本創作第二實施例扳動件朝第一迫槽迫緊之動 作示意圖。 第十圖：係本創作第二實施例扳動件朝第二迫槽迫緊之動 作示意圖。 • 第十一圖：係本創作第二實施例扳動件朝解開槽釋放捆綁 帶之動作示意圖。 【主要元件符號說明】 (10)框體 ί12)側板 (13 0)第二穿槽 (15)定位槽 (17)第二迫槽 (1 1 )底板 (13)第一穿槽 (1 4)框孔 (16)第一迫槽 (17 0)容槽 12 M329562 (171)輔助迫槽 (18)解開槽 (2 0)扳動件 (2 1 )頂板 (2 2)折板 (220)凸輪 (2 3)樞孔 (2 4)支軸 (2 5)自由端 (2 7 )活軸 (26)貫穿孔 (31)滑槽 (32)定位件 (320)隔槽 (3 21)主嵌塊 (3 2 2)副嵌塊 (3 3)限位框 (34)導桿 (36)彈簧 (3 5)控板 (40)(400)捆綁帶 (41)第一束緊段 ( 4 2)第一束緊段 (4 3)調整段 (51)第一掛勾 (52)第二掛勾 13M329562 VIII. New description: [New technical field] This creation especially refers to a cable puller without a ratchet setting, and it can reinforce the technology of tightening the strap according to the size of the operator. [Prior Art] The early bundled goods technology directly uses the binding belt, mainly fixing the two ends of the pumping belt, and then applying the tightening force to the slack part of the binding belt, which can be operated in such a way that it requires experience. And the considerable strength of the work can be easily done, the general staff can not operate smoothly, and the items are also enchanted after the tying, and the overall appearance of the binding band is also messy. Therefore, some people have developed a "hand puller". These structures mainly use a spine plate to tighten the strap. However, in actual operation, the strap is easily damaged due to excessive tightening force, and the strap is easily tightened. The rotation axis is not easy to unravel and the bandages are _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 'The purchase cost is relatively high, and naturally it cannot greatly stimulate the market demand. The design “finished the creation of this creation to completely solve the problem of the use of the hand puller. [New Content] In order to enable the Beck Review Committee to further understand the structure, features and other purposes of this creation, the following is a detailed description of the drawings of the preferred embodiment: M329562 Mingcha Watching Brothers 1, 2, 2 and 4 The present invention comprises a frame body (10) having a rectangular bottom plate (1 1 ) and bending upwardly on both sides of the bottom plate (11) with a centrally higher and lower ends a plate (12), the bottom plate (11) is provided with first and second through grooves (1 3 ) (1 3 0 ) in sequence, and the top edges of the two sides plate (1 2 ) are in the second through groove (1 3 0 A pivot hole (1 4 ) is disposed concentrically above the center plate, and a top end of the side plate (1 2 ) is recessed with a positioning groove (15) at a position above the pivot hole (14), and at the front end of the side plate (12) And a recessed portion between the positioning groove (15) is provided with a first forced groove (16) slightly opening toward the front end of the side plate (1 2), and a second forced groove facing the front end of the side plate (12) horizontally (1) 7), another between the rear end of the side plate (12) and the positioning groove (15) is recessed with an untwisting groove (1 8) slightly above the rear end of the side plate (12); a trigger member (2 0 ), which is lined up before and after The two top plates (2 1 ) are integrally bent downwardly with a folding plate (2 2 ), and the pulling member (2 〇) two folding plates (2 2) can just be combined with the frame body (1 〇) On the inner side of the side plate (12), the trigger member (2〇) is formed on the folding plate (22)—the end edge is formed with a cam (2 2 0 ). The top edge of the cam (2 2 〇) is provided with a general hole (2 3). The pivot hole (23) corresponds to the pivot hole (14) of the frame body (10) for the support shaft (24) and is pivoted, and the free member of the trigger member (2〇) is protruded (2 5). The front end of the body (1 〇), for the operator to hold the end (25) and the top plate (21) here, and the urging member (2 q) is applied to enable the trigger member (20) The fulcrum (2 4) is centered and oscillated - the fixed angle is M329562 degrees; the two folded plates (2 2) cams (2 2 Ο) are also under the pivot holes (23) and slightly behind the hardened through holes ( 2 6), for the span of the Mei set-live shaft (27), the live shaft (27) is the same as the fulcrum (24); one structure is provided with strips on the two folds (22) The sliding chute (3 1 ) is then slid across the two chutes (3 1 ) by a positioning member (3 2 ) and the corresponding flaps can be protruded on both sides of the positioning member (32) ( twenty two) The outer side of the bribe is a bridging member (2 (1) swings around the green (2 4) and the green in and out corresponding positioning groove (15), the first forced groove (16), the second U曰 (1 7) or the unslot (18) 'And at the rear end of the top plate (21) of the trigger member (2 〇) (2 5 ), there is a limit frame (3 3 ), and the clamp member (3 2 ) is extended forward- The control member (3 3 ) can be inserted into the (3 3 ) (3 3 ) ' positioning member (3 3 ) and the control plate (3 5 ) is protruded upwards on both sides of the guide rod (3 4 ), and the guide rod (34) The middle set has a bullet (3 6 ) to make the bullet (3 6) — the end is pressed against the pressure control plate (3 5), and the other end is against the C limit frame (3 3 ), so that the magazine (3 6 ) can Pushing the positioning member (3 2 )' with a predetermined elastic force to make it facing the corresponding positioning groove (15), the chasing groove (16), the second forced groove (丄7) or the unslotting groove (18) Directional bounce 'make the positioning member (3 2) on both sides of the trigger member (2〇) can be locked in the desired rotational position; 2 draw strap (4 〇) (4 0 0), please cooperate with the fourth In view of the figure, the end of the pumping belt (4 Q ) is equipped with a first-hook (5 1 ), and the other end of the binding belt M329562 (4 〇) is penetrated by the rear end of the frame (丄〇). Second wear The groove (130) is wrapped around the rear end plate (1 1 ), and the overlapping surface is fixed by a twist line; and the other binding band (4 〇 0) is provided with a second hook at one end ( 5 2), the other end of the frame (1 〇) front end penetrates into the first socket (13), and then sequentially abuts the back side of the living shaft (27) and the fulcrum (2 4 The rear side forms a first tightening section (4 1 ), followed by an S-shaped, entangled front side of the fulcrum (2 4 ) and a rear side of the living shaft (27) to form a first tightening section (4) 2), so that the bottom ends of the first and second tightening sections (4 2 ) are spliced to the 'tongue shaft (2 7 ), so that the binding band (4 0 0 ) is made by the living axis (2 7 ) ( 1 〇) ( 4 3) 〇 [Implementation], the book is intended to use the second hook (5 1) (5 2) when the item or strap to be hooked is __ tight, only need to directly pull the strap (4 0 〇) = adjustment section (43 > 'and operate the trigger (2 〇) to the fourth and fifth relative position, so that the positioning member (32) _ enters the fulcrum with the preset elastic force (2 4 In the upper positioning groove (15), the 俾 will pull the Q) in the frame (1Q), at this time, the bundled peak (4) and the two bundles of the tight section (41) are folded in half on the living axis ((7) Between the support shaft and the support shaft (27), the support shaft (24) is pivoted. == The operator can pull the adjustment section (43) again to make the fulcrum [2 4) The shaft (2 7) is formed - the shoulder-force pulley block is clamped, and the first and second bundles are tightened (41U41) Zen, and the tension is tightened for a predetermined stroke. The M329562 can be elastically adjusted according to the actual use condition (5 1 ) ( 5 2 ) The tightening stress is such that the bundle can be fixed. Since the trigger member (2〇) is about ninety degrees with the frame (10), the operator can grasp the wrench. The movable end (2 0) free end (25), actuate the positioning member (3 2 ) upwards to disengage the two sides from the positioning groove (15), and at the same time to the front of the frame (iQ): turn the trigger member (2) 〇), the positioning member (32) is selected according to the size of the operator and is positioned at the position of the second forced groove (17) shown in the first forced groove (16) 戋 fifth image shown in the fourth figure. The strap (4 〇〇) tightens again to the most stable and safe level, because the operator's arm is much larger than the strap (4 〇〇) when the actuator (20) is rotated. The resistance arm, so the action of tightening the strap (4 〇〇) again will not cause a great burden on the operator; here, the creation is completely free of looseness, because when the hook (51) is applied When the binding band (400) reaction force is to be released, the second tightening section (1) 2) is cooled at the bottom end of the first tightening section (41) and the living shaft (27). And the bottom end of the second tightening section (41) is at the bottom end of the second shaft (2 7 ) and the fulcrum (in sorrow, 'so the first and the second tightening section (4 丄) (1) 2) The hook (51) moves in the direction, so the first and second tightening sections (4 1) (42) will be more fixed between the living shaft (27) and the fulcrum (24), so that the creation has no虞 Looseness is safe to use. M329562: K (8) elastically sets the positioning member (3 2) off the second side. Forced groove (1 7 ) U - the forced groove), that is, the anti-moving member (Q), to be positioned ( 3 2) When the card is set in the unslotted groove (J 8), its live axis (2 7 ) ( 4 ι ) ( ^ ^ . 俾 makes the binding band ( 4 0 0 ) as a whole - can be relaxed, and can release two Hook (5 1 ) (5 2) The bundled items that are hooked up can of course be elastic. • The position of the whole two pumping belts (4 0 ) ( 4 〇〇) is the position to be bundled. The tenth figure is the second embodiment of the present creation. The tamping _ is mainly provided in the green piece (3 2 ) _ towel section concave _ ( 3 2 . 0 ), so that the positioning member (32) is formed with a space. ―Main insert (32丄) - and a pair of inserts (3 2 2 ), whose main block (8) can be moved into the mosquito bit slot (i 5 ) and the first forced groove (i 6 ) by (4) , the second forced groove (17) or the unslotted groove (1>), and the frame body (10h (1 2) and the (3 2 I) cooked block (3 2 1) enters the groove (; [7 〇), the bottom of the tank (worker 7 、), the level & is provided with the auxiliary forced groove (丄7 1 ) corresponding to the second forced groove (]_ 7 ), When the main insert (3 21) enters the second forced groove (Work 7), the auxiliary insert groove (321) is locked in the transfer assisting groove (ι7ι), and is buried by the double locking positioning members (3 2 The structural configuration enables the positioning member (32) to effectively disperse the maximum tightening force, so that the creation positioning member (32) does not have the safety of loosening the locked state. M329562 Viewing (10) looking for the county to see, because the case has a careful design, so after recording the two _ belt, it still has the characteristics of labor-saving and convenient to strengthen the tightness of the binding, and for a rather outstanding and healthy design, its copper _There is no hard work or the publication of the public 7th, so it meets the requirements of the new material hat, and the domain makes a claim according to law. However, the above is only a preferred embodiment of this creation. The scope of this creation is limited, that is, the equal changes and modifications made by Dafan in accordance with the scope of patent application for this creation shall remain within the scope of this creation. 11 M329562 [Simple description of the diagram] And the exploded view of the trigger member. The second picture: the frame of the creation and Schematic diagram of the combination of moving parts. 帛三®: silk _ bell and crane combination 咖 赖. Fine picture: is the schematic diagram of the movement of the creative squeezing piece toward the first - forced groove. The schematic diagram of the action of pressing the second forced groove. The creation of the moving piece secret _ release the action of the cleavage belt _ Figure. Figure 7: This is the decomposition of the frame and the moving parts of the second embodiment. The combination of the Θ system, the first embodiment of the creation, and the combination of the splicing parts. Fig. 9 is a schematic view showing the action of the pulling member toward the first forced groove in the second embodiment of the present invention. Fig. 10 is a schematic view showing the action of the second embodiment of the present invention in which the pulling member is pressed toward the second forced groove. • Fig. 11 is a schematic view showing the action of the second embodiment of the present invention for releasing the binding band toward the unslot. [Main component symbol description] (10) Frame ί12) Side plate (13 0) Second through groove (15) Positioning groove (17) Second forced groove (1 1) Base plate (13) First through groove (1 4) Frame hole (16) first forced groove (170) tank 12 M329562 (171) auxiliary forced groove (18) untwisted groove (20) pull member (2 1) top plate (2 2) flap (220) Cam (2 3) pivot hole (2 4) support shaft (2 5) free end (2 7) live shaft (26) through hole (31) chute (32) positioning member (320) compartment (3 21) main Insert (3 2 2) sub-block (3 3) limit frame (34) guide rod (36) spring (3 5) control board (40) (400) binding band (41) first tightening section (4 2) First tightening section (4 3) Adjustment section (51) First hook (52) Second hook 13